Velocity condensation for magnetotactic bacteria
Magnetotactic swimmers tend to align along magnetic field lines against stochastic reorientations. We show that the swimming strategy, e.g. active Brownian motion versus run-and-tumble dynamics, strongly affects the orientation statistics. The latter can exhibit a velocity condensation whereby the a...
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| Abstract | Magnetotactic swimmers tend to align along magnetic field lines against stochastic reorientations. We show that the swimming strategy, e.g. active Brownian motion versus run-and-tumble dynamics, strongly affects the orientation statistics. The latter can exhibit a velocity condensation whereby the alignment probability density diverges. As a consequence, we find that the swimming strategy affects the nature of the phase transition to collective motion, indicating that Lévy run-and-tumble walks can outperform active Brownian processes as strategies to trigger collective behavior. |
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| AbstractList | Phys. Rev. Lett. 116, 168101 (2016) Magnetotactic swimmers tend to align along magnetic field lines against
stochastic reorientations. We show that the swimming strategy, e.g. active
Brownian motion versus run-and-tumble dynamics, strongly affects the
orientation statistics. The latter can exhibit a velocity condensation whereby
the alignment probability density diverges. As a consequence, we find that the
swimming strategy affects the nature of the phase transition to collective
motion, indicating that L\'evy run-and-tumble walks can outperform active
Brownian processes as strategies to trigger collective behavior. Magnetotactic swimmers tend to align along magnetic field lines against stochastic reorientations. We show that the swimming strategy, e.g. active Brownian motion versus run-and-tumble dynamics, strongly affects the orientation statistics. The latter can exhibit a velocity condensation whereby the alignment probability density diverges. As a consequence, we find that the swimming strategy affects the nature of the phase transition to collective motion, indicating that Lévy run-and-tumble walks can outperform active Brownian processes as strategies to trigger collective behavior. |
| Author | Ybert, Christophe Rupprecht, Jean-Francois Waisbord, Nicolas Bocquet, Lydéric Cottin-Bizonne, Cécile |
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| BackLink | https://doi.org/10.1103/PhysRevLett.116.168101$$DView published paper (Access to full text may be restricted) https://doi.org/10.48550/arXiv.1511.03790$$DView paper in arXiv |
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| Snippet | Magnetotactic swimmers tend to align along magnetic field lines against stochastic reorientations. We show that the swimming strategy, e.g. active Brownian... Phys. Rev. Lett. 116, 168101 (2016) Magnetotactic swimmers tend to align along magnetic field lines against stochastic reorientations. We show that the... |
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| Title | Velocity condensation for magnetotactic bacteria |
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